MHC Alliage (molybdène hafnium carbone)

No.

Common torque (N.m)

Maximum torque(N.m)

Maximum number of revolutions (min-1)

Inertia(kg.㎡)

Allowable amount of eccentricity(mm)

Permissible angular deviation (°)

Permissible axial potentiometer(mm)

Quality(g)

MHC-27C

1.8

3.6

10000

3.0 x 10-6

0.15

2°

±0.33

35.0

MHC-35C

4.0

8.0

10000

1.05 x 10-6

0.17

2°

±0.4

62.0

MHC-40C

7.0

14.0

10000

26 x 10-6

0.22

2°

±0.5

116.0

MHC-45C

10.0

20.0

10000

38 x 10-6

0.22

2°

±0.6

131.0

MHC-50C

16.0

32.0

10000

88 x 10-6

0.24

2°

±0.7

220.0

MHC-57C

26.0

52.0

10000

142.5 x 10-6

0.27

2°

±0.8

310.0

MHC-68C

62.0

14.0

10000

376 x 10-6

0.35

2°

±0.9

565.0

MHC-82C

100.0

00.0

10000

1080 x 10-6

0.55

2°

±1.2

1300.0

MHC-95C

180.0

360.

10000

1940 x 10-6

0.55

2°

±1.3

1500.0

No .

A

L

W

BoresD1 x D2 (Tolerance H8)Min D1

Bores D1 x D2 (Tolerance H8) Max D2

M

MHC-27C

27

11

35

5

10

M3

MHC-35C

35

12

38

6

14

M3

MHC-40C

40

15

48

8

16

M4

MHC-45C

45

15

48

10

19

M4

MHC-50C

50

20

62

12

22

M5

MHC-57C

57

20

62

12

25

M5

MHC-68C

68

24

74

14

32

M6

MHC-82C

82

30

98

19

35

M8

MHC-95C

95

30

98

22

45

M8

Alloy

Content

Applicaiton

Pure Mo
TZM
MHC
Mo—W
Mo—Re
Mo—La

99.95Mo
0.5Ti，O.08Zr，0.03C
1-.5Hf，0.03-.05C
10-0W
41-7.5Re
0.5—1.5La(呈近La2O₃状态)

Vacuum furnace, melting the glass, electronic device, heat sink
Thermal processing tools, appliances, furnace installation
Hot-working tool
Molten zinc treatment, a sputtering target
Traveling wave tubes, rocket boosters
Sintering boat